配置型号包含以下特性:
Power Supplies / Electronic LoadsElectronic Loads150V1250W30A特性 | 参数 |
---|---|
Maximum Voltage | 150V |
Channel/Port Count | 1 |
Maximum Power | 250W |
Maximum Current | 30A |
The N3300 Series supports up to six channels, each with a unique maximum voltage and current. They allow the design of a flexible automated test equipment (ATE) system to verify many types of power supplies, DC-to-DC converters, and batteries. Add additional modules to test multiple power sources simultaneously. Each module includes a 16-bit voltage, current, and power measurement system.
The Keysight N3307A is a 250 W (0-30A, 0-150V) electronic load module for use in either the N3300A or N3301A electronic load mainframe in system applications. The N3307A load module is fast and accurate, for programming in constant current, constant voltage, or constant resistance modes, or for making voltage, current or power measurements. The N3307A can also digitize waveforms.
Testing multiple output dc power supplies and dc-dc converters can be very time consuming if each output must be tested sequentially. If measurements are being made through a MUX using one DMM, this is what will happen. Using the built-in measurement capabilities of the N3300A electronic loads, all outputs can be measured simultaneously. Alternatively, multiple single output power sources can be tested simultaneously.
A single GPIB address is all you need for complete control and read-back of the N3307A load module within a single N3300A or N3301A mainframe. The N3307A electronic load provides fast operation and the accurate programming and read-back needed for high-volume DC power supply test systems.
Specifications | |
N3307A Electronic Load Module | |
Feature | Parameter |
Input Ratings | Current: 0 - 30 A Voltage: 0 - 150 V Maximum Power: 250 W |
Constant Current Mode | Low Range/High Range: 3 A/30 A Regulation: 10 mA Low Range Accuracy: 0.1% + 7.5 mA High Range Accuracy: 0.1% + 15 mA |
Constant Voltage Mode | Low Range/High Range: 15 V/150 V Regulation: 10 mV Low Range Accuracy: 0.1% + 10 mV High Range Accuracy: 0.1% + 20 mV |
Constant Resistance Mode | Range 1 (I >10% of current rating): 0.067-10 Ω Range 2 (I >1% of current rating): 9-100 Ω Range 3 (I >0.1% of current rating): 90-1000 Ω Range 4 (I >0.01% of current rating): 900-2500 Ω |
Specifications | |
N3300 Series Modular DC Electronic Load | |
Feature | Parameter |
Number of Inputs | Up to 6 |
Total Power | 600 to 1800 W |
Programming Accuracy | 0.1% + 4 mA |
Measurement Accuracy | 0.05% +2.5 mA |
Connectivity | GPIB and RS232 |
Specifications | |
N3300 Series Modular DC Electronic Load | |
Model Overview | |
Model | Description |
N3300A | The Keysight N3300A is a full-rack width mainframe with 6-slots that accepts combinations of N330xA user-installable load modules (150 W to 600 W) for easy system configuration and future reconfiguration. |
N3301A | The Keysight N3301A is a half-rack width mainframe with 2-slots that accepts combinations of N330xA user-installable load modules (150 W to 600 W) for easy system configuration and future reconfiguration. |
N3302A | The Keysight N3302A is a 150 W (0-30A, 0-60V) electronic load module for use in either the N3300A or N3301A electronic load mainframe in system applications. |
N3303A | The Keysight N3303A is a 250 W (0-10A, 0-240V) electronic load module for use in either the N3300A or N3301A electronic load mainframe in system applications. |
N3304A | The Keysight N3304A is a 300 W (0-60A, 0-60V) electronic load module for use in either the N3300A or N3301A electronic load mainframe in system applications. |
N3305A | The Keysight N3305A is a 500 W (0-60A, 0-150V) electronic load module for use in either the N3300A or N3301A electronic load mainframe in system applications. |
N3306A | The Keysight N3306A is a 600 W (0-120A, 0-60V) electronic load module for use in either the N3300A or N3301A electronic load mainframe in system applications. |
N3307A | The Keysight N3307A is a 250 W (0-30A, 0-150V) electronic load module for use in either the N3300A or N3301A electronic load mainframe in system applications. |